The steel structure uses high-strength steel as the main load-bearing component. Under the same load conditions, the required material cross-sectional area is much smaller than traditional building materials such as concrete or masonry. This characteristic is not only beneficial to the design and construction of the foundation, but also significantly improves the earthquake and wind resistance of the building.

Most of the steel structure components are prefabricated, and most of the processing work can be completed in the factory and then transported to the site for assembly. This construction method greatly shortens the construction period, reduces the amount of wet work on site, and reduces the difficulty and cost of construction. At the same time, because the construction of steel structure buildings is less affected by seasons and weather, construction tasks can be completed faster and put into use earlier.

Almost no construction waste will be generated when the steel structure building is demolished, and the steel can be recycled and reused. In addition, steel structure buildings also have good thermal insulation and thermal insulation properties. Through reasonable thermal insulation design, the energy consumption of the building can be effectively reduced and the goals of energy conservation and emission reduction can be achieved.

Due to the high strength, small size and light weight of steel structure materials, space designs with large spans and large column spacing can be realized. This design method not only improves the space utilization of the building, but also makes the internal space of the building more flexible and changeable to meet different use needs.

The ductility and toughness of the steel structure enable it to absorb and disperse earthquake energy, reducing the risk of damage to the building. Compared with traditional brick-concrete structures, steel structures have stronger earthquake resistance and can more effectively protect the safety of buildings and people.

Steel structure buildings have good disassembly and reorganization properties. When the building needs to be renovated or expanded, the original components can be easily disassembled and reassembled for use. This characteristic makes steel buildings more flexible and economical during renovation and expansion.

Steel structure buildings have become one of the important representatives of modern architecture with their unique shapes and graceful lines. Through reasonable design and construction technology, various beautiful and artistic steel structure architectural works can be created.